JPH01300339A - Resources control system for computer system - Google Patents

Abstract

PURPOSE:To unify the production and deletion programs of resources by using the production and editing programs to produce a new program containing an identifier and deleting also the corresponding program out of a control table when a source program is deleted out of a proper data part. CONSTITUTION:A new program is produced by means of the production and editing programs controlled by the corresponding identifier of a proper data part 21. The item names are recorded to a control table 20 under the control of the identifier and stored in the part 21 as a source program. A source program to be added is registered to the table 20 based on the identifier of the source program and at the same time stored under the control of the identifier of the part 21. Thus the resources can be totally produced, deleted, corrected and added regardless of the types of resources. Furthermore all operators can easily control the resources regardless of the individual difference of the operators.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a resource management method in a computer system, and more particularly to a resource management method in a computer operating system.

[Prior Art] FIG. 4 is a hardware configuration diagram on which a conventional operating system operates, and IO is a CPU.

11 is a main storage device, 12 is an external storage device such as a disk device, and 13 is a CRTS 14 is a keyboard.

FIG. 5 shows the storage state of source programs that serve as resources in the external storage device 12, and shows a program a.

b, . . . n are recorded in the order of input.

For example, when generating a source program, the operator inputs information from the keyboard 14 and the CRT. In other words, depending on the operator's ability, various programs are created interactively with cPUlo using the main storage device 11 as a work memory and stored in the external storage device 12.The completed programs become resources and are stored. It is later retrieved and used by another operator for work.

In FIG. 6, resource creation/deletion procedure 4 occurs due to a resource (program a) creation/deletion request l.
I do. Next, the resource generation/deletion program 7 is executed to generate/delete resources. Another resource (program b
) generation/deletion request 1 occurs, a resource generation/deletion procedure 5 is performed, and the resource generation/deletion program 8 generates/deletes the resource.

[Problem to be solved by the invention]

The conventional resource management table creation/deletion method is structured as described above, so when creating, deleting, modifying, etc. for each type of resource (source programs a, b, ... n), The operator inputs information from the keyboard 14, and cputo searches the external storage device 12 from the beginning until it is found, and displays a list of resources on the CRT 13. The operator then discovered the target resource through visual inspection and made corrections. This has the disadvantage that it takes a long time. Also, when adding new resources,
The operator must specify the storage location one by one.
The drawback was that it was highly dependent on the individual performance of the operator.

The present invention has been made to solve the above problems,
To provide a resource management method in a computer system that allows creation, deletion, modification, addition, etc. of resources at once regardless of their type, and allows anyone to easily and conveniently manage resources regardless of individual differences among operators. The purpose is to

[Means to solve the problem]

In this invention, a generation/editing program 21,
It includes a management table 20 that stores identifiers A-N and item names of the source programs aa to an, creates a program with a new identifier using the generation/editing program Aa, and stores the program in the unique data section 21. In addition to storing it as a source program, the identifier of the source program is recorded in the management table 20, and the unique data section 22
When deleting a source program from , the item name of the corresponding program in the management table 20 must be deleted at the same time, or the deletion must be registered.

[Effect]

When creating a new program, create it using the generation/editing program under the relevant identifier in the unique data section 21, record the item name under the relevant identifier in the management table 20, and Store it as a source program in . When adding a source program, register it in the management table according to the identifier of the source program,
At the same time, it is stored under the relevant identifier in the unique data section 21.

〔Example〕

Hereinafter, the present invention will be explained with reference to the drawings.

FIG. 3 shows a hardware configuration to which the resource management method of the present invention is applied, where IO is a CPU, 11 is a main storage device, 2
2 is an external storage device, 13 is a CRT, and 14 is a keyboard. FIG. 1 is a diagram showing the storage state of resources in the external storage device 22, where 20 is a management table and 21 is a unique data section.

The unique data section 21 contains identifiers A-N for each type of program.
For example, a file with an identifier A has a program (tool) Aa for generating and editing an A-type program stored in advance at the beginning of each data file. Then, the actual A type program aa
etc. are recorded. The same applies to other types of data files. The management table 20 is a unique data section 21
The header item name for each identifier type A to N of the stored contents is stored, and is updated according to the storage state of the unique data section 21.

Next, as an example, a case will be described in which a program aa is generated.

The operator uses the keyboard 14 to inform the CPU that the program he is about to create is classified as type A.
Enter 0. Then, the CPU 10 reads the generation/editing program Aa from the file with the identifier A in the unique data section 21 in the external storage device 22, transfers it to the main storage device 11,
The starting part is displayed on the CRT 13. This generation/editing program Aa is a software-defined procedure and general framework for creating A-type programs, and the operator uses the CRT l.
Create a new A by simply inputting data into the variables displayed on a, setting parameters, and selecting and specifying functions.
Type program aa in main memory 1! It can be easily created and edited on f11 in a short time.

Next, the CPU 10 executes the completed A-type program aa.
from the main storage device 11 to the external storage device 22. At this time, the CPU 10 specifies the file with the identifier A in the unique data section 21, and stores the completed source program aa as a resource next to the generation/editing program Aa. CPU at the same time
l0 is A of the management table 20 in the external storage device 22
Register the list that will be the heading item of the source program aa in the type area. Thereafter, programs of other categories can be created by reading generation/editing programs from the corresponding files in the unique data section 21 in the same manner. And management table 2
When deleting, for example, the source program an in the file with the identifier A in the external storage device 22, whose name is registered in the area corresponding to 0, when a deletion request is input from the keyboard 14, the CPU 1o First, the management table 20 is examined. Then, it checks the type A area of the management table 2o, immediately detects that the source program an is in the file with identifier A (hereinafter simply referred to as file A), goes directly to file A, deletes the source program an, and manages it at the same time. The list of source programs an is deleted from the A type area in the table 20, or a deleted mark is recorded.

Next, when the operator accidentally inputs a call command to modify, use, or delete the source program aX that does not exist in the external storage device 22, the CPU 10
0, it immediately detects that there is no such list registered, and without checking the unique data section 21 (displays it on the CRT 13 and notifies the operator).

Next, for example, source program ab is input from an external input device.
When adding this source program ab to the external storage device 22 of this system, when the operator specifies classification A and inputs an addition command, CPU 10 stores this source program ab in a free address of data file A, and at the same time writes the management table 20
Register the list of source programs ab in the A-type area of .

Therefore, as shown in FIG. 2, when a resource creation/deletion request l occurs, resource creation/deletion procedure 3
At this time, this procedure is constant regardless of the type of resource, as described above. Next, the resource batch generation/deletion program 2 generates/deletes a common header, which is a list in the management table 20.

Even if a generation/deletion request l for another type of resource occurs, the procedure 3 and the generation/deletion program 2 remain constant, and only the common header, which is a list of different areas in the management table 20, is generated/deleted.

〔Effect of the invention〕

As explained above, according to the present invention, the program includes a management table that stores the identifier and item name of the source program, and creates a program with a new identifier from a generated &g collection program. and stores the program as a source program in the unique data section,
Record the identifier of the source program in a management table,
When deleting the source program from the specific data section,
At the same time, the item name of the corresponding program in the management table is deleted or registered for deletion, so
This has the effect of making it possible to unify resource generation and deletion programs, and to easily manage newly added resources.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the storage state of resources of the present invention, FIG. 2 is a diagram showing the operation of the present invention, FIG. 3 is a block diagram of a computer system to which the present invention is applied, and FIG. 4 is a block diagram of a conventional computer system. FIG. 5 is a diagram showing a conventional storage state of resources, and FIG. 6 is a diagram showing a conventional operation. 10...CPU, 11...Main storage device, 13-...
CRT, 14--Keyboard, 2°... Management table, 21... Unique data section, 22... External storage device, A... Identifier, Aa... Generation/editing program,
aa"-an...source program. Agent Masu Oiwa a (2 idiots) Figure 1
Figure 2 FJ3rIA, 3 claws for rainbow 11 pieces] (
Figure 4 □5゜1

Claims (1)

[Claims] It is equipped with a unique data section that stores generation/editing programs and source programs with identifiers for each category, and a management table that stores the identifiers and item names of the source programs. create a program with an identifier attached to it, store the program as a source program in the unique data section, record the identifier of the source program in the management table, and delete the source program from the unique data section. This is a resource management method in a computer system in which the item name of the corresponding program in the management table is simultaneously deleted or registered for deletion.